How to make a PCB board for a wireless charger

To manufacture PCB boards for wireless chargers, you must first design the circuit diagram, then select the appropriate base material, such as FR4, CEM-1, etc., and prepare necessary materials such as components, solder, and flux.

When making the board, transfer the designed circuit diagram to the PCB board. Then use an automatic placement machine to mount the components on the PCB board, and connect the components to the PCB board through a welding process. Finally, testing and debugging are performed, and qualified PCB boards are packaged for transportation and delivery.

The industrial process of manufacturing PCB boards for wireless chargers can be divided into the following steps:

Design circuit diagram

Before manufacturing the PCB board of the wireless charger, you first need to design the circuit diagram. The circuit diagram is the basis for PCB board manufacturing. It includes all the components required for the wireless charger and the wires connecting these components. The design of circuit diagrams requires the use of professional circuit design software, such as Altium Designer, Eagle, etc. When designing a circuit diagram, it is necessary to select appropriate components and determine the connection relationship between them based on the functions and specifications of the wireless charger.

Prepare PCB board

After the circuit diagram design is completed, the PCB board needs to be prepared. PCB board is a substrate for installing components. It is made of insulating materials and has good mechanical strength and electrical properties. When preparing the PCB board, the size and layout of the PCB board need to be determined based on the arrangement and connection relationship of the components in the circuit diagram. At the same time, the appropriate material and thickness also need to be selected to meet the performance requirements of the wireless charger.

How to make a PCB board for a wireless charger

Making silk screen

On the PCB board, the arrangement and connection relationship of components need to be marked by silk screen printing. Silk screen is a thin line made of ink used to indicate the location and connection of components. When making screen printing, you need to use a screen printing machine to print ink onto the PCB board. The accuracy and clarity of the silk screen are crucial for subsequent welding and debugging, so they need to be made carefully.

Mounting of components

After making the silk screen, the components need to be mounted on the PCB board. The placement of components requires the use of a placement machine. The placement machine can accurately place components on the PCB board and ensure that their pins are aligned with the silk screen. During the placement process, placement speed and accuracy need to be strictly controlled to ensure the correct position and direction of components.


After the components are mounted, welding is required. Soldering is the process of connecting components to PCB boards, which includes spot welding and wave soldering. Spot welding refers to connecting solder points to component pins and PCB board wires to fix components and achieve electrical connections. Wave soldering refers to passing the PCB board through a molten solder tank so that the solder evenly covers the surface of the PCB board to achieve electrical connection between the components and the PCB board. During the welding process, the welding temperature and time need to be controlled to avoid damage to components and PCB boards. At the same time, the quality and reliability of welding need to be ensured to meet the performance requirements of the wireless charger.

Debugging and testing

After the welding is completed, the PCB board of the wireless charger needs to be debugged and tested. Debugging refers to the process of testing and adjusting the functions and performance of the wireless charger, and testing refers to the process of evaluating and testing the quality of the wireless charger. During the debugging process, each functional module needs to be tested to ensure that they can work properly. Overall testing is also required to check the overall performance and quality of the wireless charger. During the testing process, the appearance, size, electrical performance, etc. of the wireless chargers need to be tested to ensure that they meet the requirements.

Packaging and delivery

Finally, the PCB board of the wireless charger needs to be packaged and shipped. Packaging refers to the process of packaging and protecting wireless chargers and accessories to avoid damage during transportation. Shipping is the process of sending packaged products to customers. A final quality inspection is required before shipment to ensure that the product meets requirements. It also requires customized packaging and shipping processes based on customer needs and requirements.

PCB board factory manufacturing wireless chargers

In short, industrial manufacturing of PCB boards for wireless chargers requires multiple stages of precise operation and quality control to achieve a high-quality and efficient manufacturing process. It also requires continuous follow-up of technological innovation and management innovation to improve production efficiency and Reduce costs to meet market demands and development trends.

PCB board factory manufacturing wireless chargers

Fumax is a PCB board manufacturer specializing in wireless chargers. We have first-class equipment and technology to design and produce high-quality PCB boards. During the manufacturing process, we strictly control the material selection and process flow to ensure the reliability and performance of the PCB board.
In addition, we also provide one-stop services, including circuit design, board making, mounting, welding and testing, to meet customer needs for different types of wireless chargers. The factory has passed ISO9001 certification and has an experienced technical team to provide customers with a full range of technical support and solutions. No matter what type of wireless charger PCB board you need, our factory can provide you with high-quality products and excellent services.

Related Posts

Unveiling Circuit Card Assembly 2024: From PCB Manufacturing to Board Assembly

Hey there, tech enthusiasts! Get ready to dive deep into the fascinating world of circuit card assembly. In this comprehensive guide, we’ll take you through every meticulous step of the process, from PCB manufacturing to the final assembly of the board. So grab your coffee, settle in, and let’s explore the intricate journey of bringing […]

Optimizing PCB Assembly: A Seamless Customer Order Journey

In the dynamic landscape of electronics manufacturing, efficient execution of customer orders is paramount. At our state-of-the-art facility, we pride ourselves on seamlessly orchestrating the production process from inception to delivery, ensuring client satisfaction at every step. In this article, we delve into the intricate journey of a customer’s order, shedding light on how PCB […]

PCB manufacturers explain microcontroller SMT manufacturing

Microcontroller SMT manufacturing is a surface mount technology that mounts electronic components such as microcontrollers on PCB boards. Microcontroller SMT Manufacturing Overview SMT manufacturing process Key elements of microcontroller SMT manufacturing Microcontroller SMT Manufacturing Summary Fumax microcontroller SMT manufacturing factory It has the characteristics of high efficiency, high precision and automation. Microcontroller SMT Manufacturing Overview […]

Operating temperature of FR4 materials in PCB manufacturing

In PCB manufacturing, FR4 material is a commonly used insulating material and is widely used in the production of multi-layer PCB boards. Heat resistance of FR4 material Operating temperature of FR4 material in high temperature environment Application of FR4 materials in high temperature environments Summarize FR4 material has excellent electrical properties, mechanical properties and heat […]

Research on PCB board manufacturing and chip manufacturing

PCB board manufacturing and chip manufacturing are two important links in the electronics industry, and their research is of great significance in promoting the development and application of electronic technology. PCB board manufacturing research Overview of PCB board manufacturing Current status of PCB board manufacturing research PCB board manufacturing development trends Chip manufacturing research Overview […]

Analysis of flexible pcb manufacturing design specifications and standards

Flexible PCB (Flexible Printed Circuit) is a highly flexible printed circuit board that is widely used in various electronic devices, especially those that require high bending or wearable devices. Substrate selection Circuit design Cascading design and layout Manufacturing process Testing and Verification Standardization and reliability Cost and scalability Due to its unique flexibility and flexibility, […]

What should you pay attention to when working with an electronics manufacturing company?

Fumax Electronic Manufacturing Services Company focuses on providing high-quality, professional electronic manufacturing services to customers around the world. What should you pay attention to when working with an electronics manufacturing company? Clarify goals and needs Understand the company’s background and reputation Confirm the company’s production capacity and quality Understand the company’s supply chain management Confirm […]

LED PCB electronic circuit design and manufacturing solutions

LED PCB electronic circuit design and manufacturing solutions include steps such as determining design requirements, schematic design, PCB board design, electronic component selection, verification and optimization of design solutions. introduction LED PCB electronic circuit design Determine design requirements Schematic design PCB board design Electronic component selection Verification and optimization of design solutions LED PCB manufacturing […]